How Can Canadian Telcos Create & Implement A

Total Page:16

File Type:pdf, Size:1020Kb

How Can Canadian Telcos Create & Implement A HOW CAN CANADIAN TELCOS CREATE & IMPLEMENT A HEALTHCARE IoT STRATEGY UTILIZING THEIR EXISTING NETWORK INFRASTRUCTURE TO ADDRESS THE ISSUES IN THE CANADIAN HEALTHCARE SYSTEM APRJ-699 Applied Project - MBA Sayan Sivanathan Word Count: 15,296 Dr. Andre Haritz Acknowledgement I am extremely grateful to all individuals who have helped me to conclude this research study successfully. I have been able to develop my skills on the different approaches related to this dissertation. I would specially want to convey my deep gratitude to my academic coaches Dr. Andre Haritz and Dr. Angela Workman-Stark, who have guided me whenever I needed any help during this study. Special thanks to Michael J. Martin, Cathy Szabo, Raj Vijan, Tyson Roffey, Ken Gouveia, Ying Tam, Zeine Teeka, Tim Ing and Michael Widner for the in- depth discussions on Canadian Healthcare and IoT. I am also excessively thankful to my classmates and colleagues for sharing their knowledge on healthcare IoT strategies. Finally, I would like to thank my wife (Anu), my three boys (Shaye, Bryce & Levi) and my family (my father - Sivanathan, mother - Jeyamaharani, brother- Sanchay, sister- Hamza, father in law- Ilangainathan and mother in law- Pushparany) who have been a constant source of support for me and have endured my tantrums during the conduct of this study. Thank You. Abstract During the depression years, the need for public healthcare grew and this led to Tommy Douglas putting forth his model of public healthcare in Saskatchewan in 1962. It was Tommy Douglas’ vision that every Canadian, regardless of social or economic status, should have access to public healthcare. Since 1966, Canada’s public healthcare system has gone through significant evolution. Despite government commitment to preserving the healthcare system, there are several gaps and inefficiencies in the healthcare system. Some of the issues include long wait times, the systems are too costly to operate, it is wrought with inefficiencies, the Canadian population is ageing, and there has been an increase in chronic disease and illness. The main purpose of this conceptual paper was to determine whether Canadian Telcos can leverage their existing network infrastructure with IoT to assist with the problems faced by the Canadian healthcare system. To achieve this goal, the paper undertook a qualitative approach by examining various data from scholarly articles, media articles on healthcare, case studies, healthcare blogs and an examination of current solutions offered by Canada’s “big three” telecom companies (Bell, Rogers and TELUS). The key findings of this paper was that by implementing IoT and 5G (5G is a term that stands for fifth generation, and it is the latest technology in wireless communication network) via various communication companies, the Canadian healthcare system can become more efficient; through new technological advancements and communication between medical professionals and the public. Table of Contents 1.0 INTRODUCTION ..................................................................................................................... 2 2.0 RESEARCH PURPOSE AND RESEARCH QUESTIONS ................................................................ 14 3.0 LITERATURE REVIEW ........................................................................................................... 17 4.0 RESEARCH DESIGN & DATA COLLECTION .............................................................................. 44 5.0 ANALYSIS/RESULTS ............................................................................................................. 46 6.0 RECOMMENDATIONS .......................................................................................................... 76 7.0 CONCLUSION ....................................................................................................................... 82 APPENDIX ................................................................................................................................. 84 REFERENCES:............................................................................................................................. 94 1.0 Introduction 1.1 The state and opportunity of the Canadian HealthCare System Canada’s public healthcare system is part of the Canadian identity; it is cherished and valued by Canadians, as well as newcomers to Canada. Our healthcare system is what makes us unique in comparison to other countries in the world. In centralizing our identity in free and affordable healthcare, Canadian’s have become complacent. Although having affordable healthcare is a phenomenal asset to the nation, it is critical that constant improvements are invested in. With more hospitals planned to be built in the near future, the government of Canada has a big opportunity to invest in new technologies that can be integrated in the infrastructure that will improve the efficiency of the healthcare system. Technologies like machine learning software that detects certain cancers and tumors via imaging and incorporating Internet of Things (IoT) framework into data collection are two areas that should be addressed first. Machine learning software that detects cancers and tumors are currently being tested and proven for their efficacy as we speak which reduces the risks associated on a government incorporating it into their healthcare system. On the other hand, IoT systems are still in their infancy and still must be heavily invested in to perfect their systematic flow and connectivity of data. The security of data during the holding or transferring of data is a key aspect that must be confirmed before the technology is fully integrated. The Canadian government could easily partner with telco companies and share the burden of investing, research and developing the refined means in which this technology can be implemented into the current healthcare system. In regards to implementing an IoT framework into the Canada’s telecommunications industry consists of six sectors: local, long distance, internet, wireless, data, and private lines. The two largest sectors combined Internet and wireless, have grown by more than $7.3 billion or 25.9% 2 since 2012, and accounted for more than 63.8% of total telecommunications revenues in 2012 and 72.3% in 2016. Over the same five-year period, wire line voice service revenues have shown steady declines, representing 18.5% of total telecommunications revenues in 2016 compared to 25.6% in 2012. (Pwc.com, 2018). In 2016, Canadian telecommunications revenues reached $48.7 billion, with the vast majority (92%) derived from retail services and the balance (8%) from the wholesale sector. Service providers supplied retail services to over 14 million households, 1 million businesses, and, through the wholesale market, 800 other telecommunications entities. Service providers continued to increase investments in their infrastructure, with capital expenditures reaching $11.6 billion in 2016, an 11.3% increase over 2015 levels. Canadians from coast to coast are proud of our healthcare system and it’s what separates us from the US (Seekingalpha, 2016). Since the implementation of the Canadian Medical Insurance Act in 1968, Canada has had a fully functioning public healthcare system. The current model covers a large number of healthcare services. Despite the comprehensiveness and functionality of the Canadian HealthCare system, it is not without its flaws. Canada’s healthcare system faces major challenges and is now falling behind the healthcare systems of other commonwealth countries. 1.2 Pride Canadians have in their healthcare system Canadians from coast to coast have a tremendous amount of pride in our healthcare system. Canada’s earliest form of public healthcare began at the end of World War 1 (WWI), where the Canadian government offered free healthcare to Canada’s WWI veterans. During the depression years, the need for a public healthcare grew and this led to Tommy Douglas putting forth his 3 model of public healthcare in Saskatchewan in 1962. It was Tommy Douglas’s vision that every Canadian regardless of social or economic status should have access to public healthcare. Tommy Douglas’s vision was put into action by the Lester Pearson government in 1966 through the Medical Care Act or Medicare. Since 1966, the Medical Care Act has gone through significant changes, however the main principles of Act (a public healthcare system across Canada) remains in place. 1.3 Overview of the Problems in Canadian Healthcare Since 1966, Canada’s public healthcare system has gone through significant evolution. Despite government commitment to preserving the healthcare system, there are several gaps and inefficiencies in the healthcare system. Some of the issues include long wait times, the system too costly to operate, it is wrought with inefficiencies, the Canadian population is ageing and there has been an increase chronic diseases and illness. If solutions are not found to these problems, the Canadian healthcare system will no longer be the pride and joy of Canadians. Successive governments have worked towards finding solutions towards the problems of Canadian healthcare. However, much of the solutions are short-term and the problems stated above, will re-emerge with time. The Canadian government has yet to find a long-term solution to the problems stated above. The Canadian healthcare system takes care of all its citizens, where all have been given access to quality healthcare. One of the problems with the Canadian healthcare system is the factor
Recommended publications
  • CHANNEL LISTING FIBE TV from Your Smartphone
    Now you can watch your Fibe TV Download the Fibe TV content and manage recordings app today at CHANNEL LISTING FIBE TV from your smartphone. bell.ca/fibetvapp. CURRENT AS OF FEBRUARY 25, 2016. E MUCHMUSIC HD ........................................1570 TREEHOUSE ...................................................560 GOOD E! .............................................................................621 MYTV BUFFALO (WNYO) ..........................293 TREEHOUSE HD .........................................1560 E! HD ...................................................................1621 MYTV BUFFALO HD ..................................1293 TSN1 ....................................................................400 F N TSN1 HD ..........................................................1400 A FOX ......................................................................223 NBC - EAST .................................................... 220 TSN RADIO 1050 ..........................................977 ABC - EAST .......................................................221 FOX HD ............................................................1223 NBC HD - EAST ...........................................1220 TSN RADIO 1290 WINNIPEG ..................979 ABC HD - EAST ............................................. 1221 H NTV - ST. JOHN’S .........................................212 TSN RADIO 990 MONTREAL ................980 A&E .......................................................................615 HGTV................................................................
    [Show full text]
  • A La Carte 15 Canal Vie Hd
    CHANNEL LISTING FIBE TV CURRENT AS OF JUNE 18, 2015. 1 CBS HD - EAST .........................................1222 L RDS HD .........................................................1108 THE BASIC CHUM FM RADIO (TOR) ........................ 978 LA RADIO FRANCOPHONE RFI ...................................................................... 971 CIRA 91.3 FM ...............................................958 DE TORONTO ............................................. 967 S 1 $ 95/MO. CITYTV - MONTREAL .............................958 L’ASSEMBLÉE NATIONALE STINGRAY MUSIC IN A BUNDLE CITYTV HD - MONTREAL.....................204 DU QUÉBEC .................................................. 143 CHANNELS .........................................901-945 FROM 32 COMMUNITY RADIO SERVICE L’ASSEMBLÉE NATIONALE T (FM 101.9 CHÂTEAUGUAY) ....................961 DU QUÉBEC HD .........................................1143 TÉLÉ-QUÉBEC .............................................104 INCLUDE OVER 130 CHANNELS. COMMUNITY RADIO SERVICE LCN ....................................................................127 TÉLÉ-QUÉBEC HD ...................................1104 (FM 103.3 LONGUEUIL) .........................962 LCN HD ...........................................................1115 TELETOON RETRO FRANÇAIS ...........154 A COMMUNITY RADIO SERVICE MCGILL UNIVERSTIY TELETOON RETRO FRANÇAIS HD . 1154 ABC HD - EAST ..........................................1221 (FM 104.9 ST. RÉMI)..................................963 CAMPUS RADIO ........................................949
    [Show full text]
  • Skyus™ DS2 LTE Modem for High-Speed Primary and Failover
    TECHNOLOGY: Global Cat-6 LTE Skyus™ DS2 LTE modem for high-speed primary and failover connectivity Why Inseego? As a U.S.-based company, we design and develop all of our products in the USA and hold them to the highest security standards. Our products and solutions are trusted by top tier carriers, government entities, and fortune 500 enterprise customers. Purpose built design With the Skyus’ DS2 compact and versatile design, you can use it for a wide array of connectivity applications. 4G LTE speeds Thanks to the 4G LTE CAT-6 capability, The Skyus DS2 supports an incredible network speed of up to 300/50Mbps. Industrial rated Rated for extreme thermal environments -40⁰F to 185⁰F (-40⁰C to 85⁰C) and continuous 24/7 use. Secure and encrypted Skyus DS2 safeguards your data with enterprise-grade security and 3rd party penetration testing. Skyus DS2 LTE gateway product specifications Network connectivity1 Mounting North America, EMEA • Mounting bracket accessory is available, contact • LTE: B1-B5, B7, B12, B13, B20, B25, B26, B29, B30, sales for more information B41 • 3G (HSPA+, UMTS): B1, B2, B3, B4, B5, B8 Dimensions & weight APAC • 82mm x 60mm x 11mm (3.22” x 2.375” x 0.42”) • LTE: B1, B3, B5, B7, B8, B18, B19, B21, B28, B38-B41 • 50 g (1.7 oz) • 3G (HSPA+, UMTS): B1, B5, B6, B8, B9, B19, B39 Operating temperature Carrier approval • Normal operation: -40°C to 80°C (-40 to 176°F) • Verizon, AT&T, Sprint, Telus, USCC, Telstra, Optus, Generic EU & APAC SD-WAN partners • Riverbed Chipset • VMmare • Qualcomm® MDM9230 • Dell Data rates Systems
    [Show full text]
  • Cradlepoint IBR900 Series Router
    PRODUCT BRIEF IBR900 SERIES ROUTER Cradlepoint IBR900 Series Router Compact, ruggedized Gigabit-Class LTE router for advanced Mobile and IoT connectivity Firewall Throughput: WAN Connectivity: LAN Connectivity: NetCloud Solution: 940 Mbps 4G Cat 11 or Cat 18, Wi-Fi 5, GbE Mobile or IoT GbE The Cradlepoint IBR900 Series router is a ruggedized Gigabit-Class LTE Key Benefits: networking platform that was designed for persistent connectivity across a wide range of in-vehicle and mobile applications as well as portable or — Deploy a robust, dependable Gigabit- fixed IoT installations. The IBR900 Series accommodates environmentally Class LTE network platform for first harsh environments while delivering enterprise-class standards of reliability, responders and commercial fleets scalability, comprehensive management, and security. — Add a second cellular modem, with For organizations that depend on field forces and mobile networks, the an Extensibility Dock, for multi-link Cradlepoint IBR900 Series mobile router with the NetCloud Mobile solution dependability package provides ruggedized and GPS-enabled in-vehicle network solutions — View cellular health with an LTE signal that are SD-WAN and SD-Perimeter-capable. With an available Gigabit-Class strength map displaying all areas a fleet LTE modem, Gigabit Wi-Fi, and advanced security features, the IBR900 delivers has driven enterprise networking capabilities for mobile applications that require secure, always-on connectivity. — Implement WiFi-as-WAN for data- intensive tasks such as video offloading The IBR900 Series with NetCloud IoT Solutions Package provides a compact ruggedized 4G LTE router solution for connecting and protecting IoT devices — Install in harsh environments where at scale. With an extensive list of safety and hardening certifications, it can connectivity must be reliable be confidently deployed in the field, in buildings, or in embedded systems to deliver complete visibility, security, and control of connected devices anywhere.
    [Show full text]
  • TELUS WISE Smartphone Contract for Parents/Guardians and Children
    TELUS Wise® smartphone contract for parents/guardians and children Empowering Canadians to stay safe safe in a digital world. At TELUS, we believe smartphone ownership is a privilege and there are rules and responsibilities that everyone should follow to help have a positive experience with technology. This contract outlines some basic rules and responsibilities of smartphone ownership. It’s designed to keep the lines of communication open between parents/guardians and children, and establish safe and healthy smartphone usage and boundaries. Child Parent • I will always ask for permission first before giving out any personal • I will ensure my child activates the smartphone’s lock function information online. This includes my name, phone number, home • I will ensure my child sets a strong password (for the smartphone or email address, school name, parent/guardian’s names, work and any apps or social networking sites) address, photos of myself and my family, etc. • I will ensure my child installs and/or activates the remote locate/lock/ • I will not share my passwords with anyone, except for my parents/ wipe software (for example, Find My iPhone), and keeps all software guardians up to date • I will not participate in cyberbullying, and I will always report • I will ensure my child has geo-tagging turned off to avoid revealing cyberbullying to a trusted adult if I experience it or see it happening their exact location in photos • I will not share photos of others or tag them in photos without their • I will keep an eye on privacy and permission settings and know what permission.
    [Show full text]
  • Location Provider E-Mail to SMS Address Format
    To create an e-mail address for your cell phone number, simply locate your cell phone carrier in the list below and replace the word number with your cell phone number. US and North American Carriers Location Provider E-mail to SMS address format United States Alaska Communications number @msg.acsalaska.com Bluegrass Cellular number @sms.bluecell.com Cincinnati Bell Wireless number @gocbw.com Cricket number @sms.mycricket.com C Spire Wireless number @cspire1.com Edge Wireless number @sms.edgewireless.com General Communications Inc. number @msg.gci.net Qwest Wireless number @qwestmp.com Southern LINC number @page.southernlinc.com Teleflip number @teleflip.com Telus number @msg.telus.com Unicel number @utext.com West Central Wireless number @sms.wcc.net XIT Communications number @sms.xit.net Aruba Setar Mobile number @mas.aw Bermuda Mobility number @ml.bm Canada Aliant number @wirefree.informe.ca Bell Mobility number @txt.bellmobility.ca Fido number @fido.ca MTS Mobility number @text.mtsmobility.com President’s Choice number @mobiletxt.ca Rogers Wireless number @pcs.rogers.com Sasktel Mobility number @pcs.sasktelmobility.com Telus number @msg.telus.com Virgin Mobile Canada number @vmobile.ca Puerto Rico Claro number @vtexto.com International Carriers Location Provider E-mail to SMS address format Argentina Claro number @sms.ctimovil.com.ar Movistar number @sms.movistar.net.ar Nextel TwoWay.11number @nextel.net.ar Australia Telstra number @sms.tim.telstra.com T-Mobile/Optus Zoo number @optusmobile.com.au Austria T-Mobile number @sms.t-mobile.at
    [Show full text]
  • The State of 5G Trials
    The State of Trials Courtesy of 5G Data Speeds Shows the highest claimed data speeds reached during 5G trials, where disclosed 36 Gb/s Etisalat 35.46 Gb/s Ooredoo 35 Gb/s M1 35 Gb/s StarHub 35 Gb/s Optus 20 Gb/s Telstra 20 Gb/s Vodafone UK 15 Gb/s Telia 14 Gb/s AT&T 12 Gb/s T-Mobile USA 11.29 Gb/s NTT DoCoMo 10 Gb/s Vodafone Turkey 10 Gb/s Verizon 10 Gb/s Orange France 9 Gb/s US Cellular 7 Gb/s SK Telecom 5.7 Gb/s SmartTone 5 Gb/s Vodafone Australia 4.5 Gb/s Sonera 4 Gb/s Sprint 2.3 Gb/s Korea Telecom 2.2 Gb/s C Spire 5G Trial Spectrum Shows the spectrum used by operators during 5G trials, where disclosed Telstra Optus NTTDoCoMo AT&T AT&T AT&T AT&T Verizon Vodafone Korea Vodafone Bell Vodafone StarHub UK Telecom Turkey Canada Turkey Sonera China SmarTone C Spire Verizon Mobile M1 Vodafone Sprint Korea Australia Telecom Optus Telia NTT DoCoMo Sprint Turkcell SK Telecom US Cellular T-Mobile USA Verizon US Cellular Verizon SUB 3 3.5 4.5 SUB 6 15 28 39 64 70 70-80 71-76 73 81-86 60-90 GHTZ Operator 5G Trials Shows the current state of 5G progress attained by operators Announced 5G trials Lab testing 5G Field testing 5G Operators that have announced timings of Operators that have announced Operators that have announced that they trials or publicly disclosed MoUs for trials that they have lab tested 5G have conducted 5G testing in the field Equipment Providers in 5G Trials Shows which equipment providers are involved in 5G trials with operators MTS T-Mobile USA SK Telekom Verizon Batelco Turkcell AT&T Bell Canada Sonera SmarTone Vodafone Orange BT Taiwan Germany Telia Mobile Telstra C Spire Vodafone US Cellular Vodafone Turkey M1 Australia MTS Ooredoo M1 NTT Docomo Optus Orange China StarHub Mobile Korea Telecom 5G trials with all five equipment providers Telefonica Deutsche Telekom Etisalat Telus Vodafone UK Viavi (NASDAQ: VIAV) is a global provider of network test, monitoring and assurance solutions to communications service providers, enterprises and their ecosystems.
    [Show full text]
  • Bell Canada Achieves 99.999% Network Availability
    Case Study Customer Name North American Carrier Achieves 99.999-Percent Network Availability Bell Canada transforms operations and accelerates time Bell Canada to market by teaming with Cisco Services. Canada Challenge Challenge Bell Canada is Canada’s largest communications company, providing comprehensive • Build converged IP network and innovative communication services to large enterprise, small and medium-sized infrastructure • Achieve high network availability businesses, government, and consumer markets. Under the Bell brand, the company’s • Translate advanced network services include local, long distance, and wireless phone services; high-speed and capabilities into innovative, wireless Internet access; IP broadband services; information and communications revenue-generating services technology services; and direct-to-home television services. Today a large percentage of Canada’s businesses rely on Bell’s network for their operations: a network that is the result Solution of vision, dedication to market leadership, careful planning, and a strong partnership with Cisco Services. • Cisco Services, including Focused Technical Support, In 2005, Bell Canada began executing a strategy to develop a new network architecture Optimization Services for Service that could transport voice, data, and video over a single IP network and create a Provider Routing and Switching, foundation for delivering advanced, value-added network services. The company chose Optimization Services for to evolve its network to an IP Multiprotocol Label Switching (MPLS) architecture, based on Mobility, Service Provider Test Cisco® technology. and Validation Services, Network Availability Improvement Support, “Our first step was to establish the network footprint and increase network availability to Project Management Office the five nines level,” says Glenn Ward, senior vice president of network operations for Bell Canada.
    [Show full text]
  • BCE Inc. 2015 Annual Report
    Leading the way in communications BCE INC. 2015 ANNUAL REPORT for 135 years BELL LEADERSHIP AND INNOVATION PAST, PRESENT AND FUTURE OUR GOAL For Bell to be recognized by customers as Canada’s leading communications company OUR STRATEGIC IMPERATIVES Invest in broadband networks and services 11 Accelerate wireless 12 Leverage wireline momentum 14 Expand media leadership 16 Improve customer service 18 Achieve a competitive cost structure 20 Bell is leading Canada’s broadband communications revolution, investing more than any other communications company in the fibre networks that carry advanced services, in the products and content that make the most of the power of those networks, and in the customer service that makes all of it accessible. Through the rigorous execution of our 6 Strategic Imperatives, we gained further ground in the marketplace and delivered financial results that enable us to continue to invest in growth services that now account for 81% of revenue. Financial and operational highlights 4 Letters to shareholders 6 Strategic imperatives 11 Community investment 22 Bell archives 24 Management’s discussion and analysis (MD&A) 28 Reports on internal control 112 Consolidated financial statements 116 Notes to consolidated financial statements 120 2 We have re-energized one of Canada’s most respected brands, transforming Bell into a competitive force in every communications segment. Achieving all our financial targets for 2015, we strengthened our financial position and continued to create value for shareholders. DELIVERING INCREASED
    [Show full text]
  • Bell Canada Trialing Nortel Networks Optera Metro Innovative D-WDM Networking Solution ToEnable On-Demand Provisioning of Data Bandwidth
    Bell Canada Trialing Nortel Networks OPTera Metro innovative D-WDM networking solution toenable on-demand provisioning of data bandwidth. Submitted by: Pleon Tuesday, 23 February 1999 SAN DIEGO -- After successful initial testing in late 1998, Bell Canada, Canada's largest telecommunications provider, plans to trial Nortel Networks'* [NYSE: NT/TSE: NTL] OPTera* Metro open D-WDM networking solution. This trial is part of Bell's plan to deploy a flexible platform that can readily respond to their customers' needs for more bandwidth and multi-protocol data connections across Canada. The scalability, survivability and simple point-and-click provisioning of OPTera Metro addresses the bandwidth explosion in metropolitan areas by speeding up the flow of network traffic locally and to the optical transport backbone. Successful completion of this trial is expected to result in network deployment within the next six months. "Our customers need not only a very fast access to the Internet but an easy and flexible way to connect all type of multimedia devices without service delays or the need for costly adaptations," said Bao Le, vice-president, Network and Technology, Bell Canada. "We are evaluating Nortel Networks' OPTera Metro system as the potential solution to eliminate the bandwidth bottleneck between our customers' LAN's (Local Area Networks) and high-speed optical networks while substantially reducing the operational and maintenance costs usually associated with providing multi-protocol multimedia services." With Nortel Networks' OPTera Metro networking solution, Bell Canada would be able to use up to 32 ring-protected wavelengths (different light colors) per fiber to connect their customers' traffic regardless of the protocol they are using (for example, SONET, ESCON, FDDI, Fast/Gigabit Ethernet, ATM and video).
    [Show full text]
  • The Carrier Wi-Fi Summit
    Welcome to the Carrier Wi-Fi Summit The Carrier Wi-Fi Summit at MWC brings together individuals and organisations whose common purpose is to drive the future of Carrier Wi-Fi. Don’t miss this opportunity to meet with operators, vendors and policy makers to examine critical success factors for this game-changing technology. Review strategies. Exchange ideas. Share experience of real world deployments. The 4-day Carrier Wi-Fi Summit includes: • Conference – 2-day conference (26 & 27 February) program in the Theatre District (Theatre B) featuring keynote speakers from AT&T, China Mobile, Cisco, Comcast, Continua, GoGo Inflight, Jasper Wireless, KT, SK Telecom and many others. • Workshops – 2 day program (24 & 25 February) featuring sessions by WBA, Wi-Fi Alliance, GSMA, and many others. • Roamfest & Networking Lounge – including 4-day Roamfest event, and informal networking lounge. • Exhibition – exhibition in Theatre B foyer during the conference. • Networking Reception – evening networking reception on 26 February. Industry partners Principal sponsor Premier sponsor Associate sponsor Roamfest sponsors Conference sponsors Notes: Red: C15 M100 Y80 K0 wireless Exhibitors Register now Conference program | 26 February 26 February JR Wilson, Chairman, WBA and VP, AT&T – Opening address – Transforming Connected World with Next 9:30 Generation Wi-Fi Dr. Reza Jafari, Chairman & CEO, e-Development International – Evolving role of Wi-Fi for operators and driving 9:45 societal benefit Panel Discussion: Global Role of Wi-Fi in ICT Moderator: Dr Reza Jafari, Chairman and CEO of e-Development International 10.00 Diego Molano Vega, Colombian ICT Minister Selina Lo, CEO, Ruckus Wireless JR Wilson, Chairman, WBA and VP, AT&T 10:45 Refreshment break Panel Discussion: Connected lifestyle – Vision 2020 Moderator: Mohan Gyani, Independent Telecommunications Professional 11:00 Kris Rinne, Senior vice president, architecture and planning, AT&T Bill Huang, General Manager, China Mobile Research Institute Dr.
    [Show full text]
  • Ocde Oecd Organisation De Coop?Ation Et Organisation for Economic De D?Eloppement ?Onomiques Co-Operation and Development
    OCDE OECD ORGANISATION DE COOP?ATION ET ORGANISATION FOR ECONOMIC DE D?ELOPPEMENT ?ONOMIQUES CO-OPERATION AND DEVELOPMENT COMMUNICATIONS OUTLOOK 1999 TELECOMMUNICATIONS: Regulatory Issues Country: KOREA Date completed: 6 August 1998 The attached questionnaire was undertaken in preparation for the biennial OECD Communications Outlook. The responses provided by countries on telecommunication regulation were used to provide information supporting the analytical sections published in association with data. A similar questionnaire with responses on broadcasting regulation is also available. In some cases, data for individual firms, used to compile OECD totals, have not been published at the request of the respondent. For further information, including data, see OECD Communications Outlook 1999 and http://www.oecd.org/dsti/sti/it/index.htm TELECOMMUNICATIONS Market Structure and Regulatory Status (Questions 1 -13) 1. Please provide details of the regulation of communication infrastructure, including the public switched telecommunication network (PSTN), provision in your country. Infrastructure provision for following service Regulatory Status (e.g. Number of licensed monopoly, duopoly, limited operators (1998) number, fully open to any applicant) Local PSTN Monopoly 1 (the second licensed operator is scheduled to operate from 1999) National PSTN Limited Competition 3 International PSTN Limited Competition 3 Analogue Cellular Mobile (e.g. NMT etc.) Monopoly 1 Digital Cellular Mobile (e.g. GSM etc.) Duopoly 2 Other Mobile PCS Limited Competition 3 Communication CT-2 Monopoly 1 Wireless Data Limited Competition 3 TRS Limited Competition 11 (two national operators and nine regional operators) Paging Limited Competition 13 (one national operator and twelve regional operators) Payphones Monopoly 1 2. Please provide details for the major public telecommunication operator (PTO) of public switched telecommunication services in your country.
    [Show full text]